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Oil (Cp = 3.62 kJ/kg C) at 100 C flows at the rate of 30,000 kg/h and enters in to parallel flow heat exchanger. Cooling

Oil (Cp = 3.62 kJ/kg C) at 100 C flows at the rate of 30,000 kg/h and enters in to parallel flow heat exchanger. Cooling water (Cp = 4.2 kJ/kg C) enters the heat exchanger at 10 C at the rate of 50,000kg/h. the heat transfer area is 10 m2 and overall heat transfer coefficient is 1000 W/m2 C. calculate the following, 1. Outlet temperature of the oil and water 2. Maximum possible outlet temperature of the water

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